One might compare this to various objects, such as a pillow and a brick. Say you threw a tennis ball against a pillow, it wouldnt bounce very far. However if you threw it at the brick, it would bounce further. By your question i assume you mean to say the effects on how it bounces. So to answer the question, if the ball is flat, it would bounce less, as it is a softer surface, (much like the pillow) and if it is harder, it would bounce more and higher, (much like the ball off of the brick).
Not sure if this helped!
meteorology and water
"The Power of Air: Investigating the Effects of Air Pressure"
Mini volleyballs are much smaller than regular volleyballs but beginner volleyballs are the same size as regular volleyballs but are lighter
The atmospheric pressure has no effect on the speed of sound when the temperature is constant. The air pressure has no influence on the sound.
Wilson volleyballs are the best because the are filled with 10% of helium and 90% of air.
Air doesn't effect the bounce of the ball much higher air pressure the harder the ball lower pressure softer the ball temp effects it too colder soft warmer harder
Air is expelled from the alveoli, as well as the lungs in general, during exhalation when the diaphragm relaxes and rises up. This creates pressure on the thoracic cavity, and since there is more air pressure inside than outside, the air is exhaled to relieve the pressure.
leather
To test the effects of air pressure on crushability, you could use a controlled environment like a pressure chamber where you gradually increase or decrease air pressure while measuring the force needed to crush an object. Start by creating a baseline measurement at normal air pressure, then apply different levels of pressure and record the force required to crush the object at each level. Analyze the data to observe how air pressure impacts crushability.
Two similar experiments to air pressure with an egg include using a balloon and a plastic bottle or a syringe and a cup of water to demonstrate effects of air pressure changes on objects. These experiments can show how changes in air pressure can cause objects to move or be affected in different ways.
Air pressure can affect a sound wave by changing the speed at which the wave travels. Higher air pressure leads to faster sound wave propagation due to increased molecular collisions, while lower air pressure can slow down sound waves. This can alter the pitch or tone of the sound.
Yes